Overview
Due to limited capacity for this workshop, all registrations are subject to final approval. Please lookout for a confirmation of registration which will be sent directly to your email. (Only participants who have received this confirmation will be able to attend the workshop)
As the demand for global connectivity via space-based internet grows, securing these networks against sophisticated cyber threats has become a critical priority. This workshop examines how advanced cybersecurity technologies can fortify space internet infrastructure, ensuring robust, secure, and reliable communication.
Participants will explore key challenges in protecting satellite communication, such as eavesdropping, spoofing, and quantum-era threats. The session will introduce innovative solutions, including end-to-end encryption, post-quantum cryptography, and quantum key distribution (QKD), showcasing their potential to safeguard data transmissions in space and terrestrial networks.
Real-world use cases and interactive discussions will highlight how cybersecurity advancements are driving the evolution of space internet, enhancing its resilience for applications like IoT, autonomous systems, and critical infrastructure.
Course Description & Learning Outcomes
By the end of this workshop, participants will:
Gain a clear understanding of cybersecurity challenges specific to space internet infrastructure.
Understand the principles and applications of quantum key distribution (QKD) and post-quantum cryptography.
Be able to identify real-world threats to satellite communication systems and corresponding mitigation strategies.
Learn from case studies about secure satellite communication networks.
Develop strategic approaches to integrating cybersecurity into space internet projects.
Explore the future of quantum-secure communication in the space industry.
Recommended Prerequisites
This workshop is ideal for professionals in cybersecurity, space technology, and telecommunications, as well as decision-makers and researchers focused on enhancing the security and reliability of space internet systems.
Workshop Registration Disclaimer
By registering for this workshop, you acknowledge and agree that your personal information, including but not limited to your name, email address, and any other details provided during registration, may be shared with all event organisers. This information will be used solely for event-related communications, coordination, and issuing certificates for the workshop.
We respect your privacy and will not sell or distribute your data to third parties beyond the organising team. If you have any concerns or wish to opt out of specific communications, please contact us at [email protected] .
As providing this information is essential for workshop coordination and certification, any refusal to consent will result in your registration being void, and you will not be permitted to attend the workshop.
Pre-course instructions
Important: Delegate Pass Required
To attend both the workshop and the Global Space Technology Convention & Exhibition (GSTCE), you must register for a GSTCE Delegate Pass.
Upon workshop registration confirmation, there will be a registration link provided where you can complete this Delegate Pass registration.
Registration for the Delegate Pass is managed externally by Singapore Space & Technology Ltd (SSTL), one of the workshop organisers. Please note that any personal data provided during this registration will be collected and processed by SSTL separately from the workshop registration.
Ensure you complete your registration in advance to avoid any issues on the event day.
Schedule
Date: 27 Feb 2025, Thursday
Time: 2:00 PM - 4:00 PM (GMT +8:00) Kuala Lumpur, Singapore
Location: B3112, Sands Expo and Convention Centre Marina Bay Sands, 10 Bayfront Avenue, 018956
Agenda
| Day/Time | Agenda Activity/Description |
|---|---|
| Session 1 | Introduction to Space Internet and Cybersecurity: - Overview of space internet infrastructure. - Discussion of current and emerging cybersecurity challenges. |
| Session 2 | Advanced Cybersecurity for Space Communication: - Quantum cryptography: Principles and applications. - Post-quantum cryptography and its importance. - Threat analysis: Cyberattacks targeting satellites. |
| Session 3 | Case Studies and Use Cases |
| Session 4 | Hands-On Activities and Group Discussion: - Practical simulation of a secure satellite communication setup. - Brainstorming session: Designing a quantum-secure space. |
| Session 5 | Future Trends and Collaborative Opportunities: - Innovations driving secure space communication. - Collaborative opportunities in research and development. - Wrap-Up and Q&A (15 mins) - Recap of key learnings. - Open forum for questions and feedback. |
Skills Covered
PROFICIENCY LEVEL GUIDE
Beginner: Introduce the subject matter without the need to have any prerequisites.
Proficient: Requires learners to have prior knowledge of the subject.
Expert: Involves advanced and more complex understanding of the subject.
- Quantum Computing (Proficiency level: Proficient)
- Cybersecurity (Proficiency level: Proficient)
Speakers
Trainer's Profile:
Patrick Trinkler, CEO & Co-Founder, CYSEC
Patrick Trinkler is a seasoned entrepreneur and cybersecurity expert with a proven track record of driving innovation and business success. Before founding CYSEC, he played a pivotal role in the world’s first successful exit in quantum technologies. With deep expertise in security, cryptography, and quantum computing, Patrick has consistently delivered solutions that create tangible value for governments, financial institutions, industrial sectors, and telecom companies. Patrick’s leadership at CYSEC has been instrumental in developing cutting-edge cybersecurity solutions, including ARCA Trusted OS and ARCA SatCom VPN, which address the evolving challenges of data protection in space, IoT, and critical infrastructure. His vision is to combine innovation with practicality, ensuring that security not only safeguards but also enhances business operations.
Partners
